New Equipment | Industrial Automation
XC08L1 XK08F1 XO16N1 XM06B5 XE08B5 AC31GRAF 07SK50 CP410M CP415M CP420B CP430B CP430BP CP430BP-ETH CP430T CP430T-ETH CP435T PM554-T CP435T-ETH CP440C-ETH CP450T CP450T-ETH TK401 TK403 TK405 TA562-RS-RTC DNC11-FBP.999 DNR11-FBP.120 XK08F1 XC08L1 XO16N
New Equipment | Test Equipment
Smart Tweezers, from Canadian, Siborg Systems Inc., are the inventive combination of a powerful LCR-meter and a set of tweezers integrated into a pocket-sized device. Designed specifically for working with electronics using Surface Mount Technology,
Electronics Forum | Sat Dec 02 11:35:30 EST 2006 | davef
Best dross remover is to not produce dross. Search the fine SMYnet Archives for previous discussions Dross will not increase signicantly * Another story, that lead-free solders will generate a greater volume of dross than conventional materials, is
Used SMT Equipment | SMT Equipment
Many Fuji Sparr parts for sales.. No Part No. Description Qty. Machine 1 GPH4580 HOLDER 7 CP43 2 MPH0472 PISTON 19 CP43 3 GPL1200 PIN 8 CP43 4 S1046A CIR-CLIP WR19 10 CP43 5 PPQ1020 PIN,LOCATING 1 CP43 6 GXT2333 HOLDER,PIN 2 CP43 7 MPA5031 COLLAR 2 C
Parts & Supplies | Pick and Place/Feeders
Standard: M2 Brand: I-PULSE Introduce: I-PULSE M2 SMT NOZZLE Model Description M001 I-PULSE M2 SERIES PK NZ -N001 (0.5 X 0.4)** N002 I-PULSE M2 SERIES PK NZ -N002 (0.9 X 0.62) N003 I-PULSE M2 SERIES PK NZ -N003 (1.3 X 0.7)
Parts & Supplies | Pick and Place/Feeders
Standard: M1 Brand: I-PULSE Introduce: I-PULSE M1 SMT NOZZLE Model Part Number Description M001 LG0-M7701-00X I-PULSE M1 SERIES PK NZ -M001 (0.5 X 0.4)** M002 LG0-M7703-00X I-PULSE M1 SERIES PK NZ -M002
>CONTACT MAC NOW Email: at@mooreplc.com Mobile: +8618020714662(WhatsApp) Skype: +8618020714662 >>>CONTACT MAC NOW ✦ Quick Details ✦ Manufacturer: Honeywell Product no : 51309152-175 Product type : MC-PAOX03 Analog O
10 M powered Maximum Input Voltage(any input referenced to common, no damage): ± 30 Volts Input Scan Rate: 4 samples per second per channel.All channels sampled within a 250 ms window Hardware Accuracy (@ CMV = 0 V): ± 0.075% full-scale (23.5°± 2°
